Da Vinci (Single Port) Robotic Surgery

Liv Hospital is taking its global vision in robotic surgery a step further by offering the Da Vinci SP (Single Port) technology to its patients—a system available at only a limited number of centers worldwide. Representing the cutting edge of modern medicine, the “Single Port” robotic system performs complex surgeries through a single small incision, promising our patients a comfortable and aesthetically pleasing recovery.

What Is the Da Vinci (Single Port)?

While traditional robotic surgery (Multi-Port) involves procedures performed through 4 to 5 small incisions, the Da Vinci SP system manages the entire process through a single 2.7 cm incision.

This advanced system consists of three multi-jointed surgical arms that move through the same access channel, along with a high-resolution (3D HD) camera. Combined with Liv Hospital’s medical expertise, this technology provides our surgeons with 360-degree mobility—even in the narrowest and deepest areas of the body—enabling highly precise and error-free interventions.

How Does the System Work?

The Da Vinci SP system allows four different surgical instruments to seamlessly pass through a single cannula (tube) with a diameter of approximately 2.5 cm:

• Three Articulated Instruments: Controlled by the surgeon to precisely cut, grasp, and suture tissues.
• One High-Resolution 3D Camera: Used to provide a crystal-clear internal view of the surgical site.

Key Features of the Da Vinci SP

1. Advanced Maneuverability: The system’s instruments feature a “double-jointed” (triangulation) design. This allows them to fan out once inside a narrow space, providing the surgeon with a wide range of motion as if their own hands were inside the body.
2. 3D High-Resolution Imaging: Seated comfortably at the surgical console, the surgeon manages the procedure using a lifelike image with exceptional depth perception.
3. Access to Narrow Spaces: The system easily reaches areas where traditional methods struggle, particularly in narrow, deep anatomical regions such as the throat or pelvis.

Single Port: A Minimally Invasive Approach to Surgery

While traditional robotic systems require multiple separate incisions, the Da Vinci SP technology manages the entire surgical process through one entry point. Both the high-resolution camera and advanced surgical instruments are inserted into the body through a single cannula. This approach minimizes the scope of the surgical procedure, deeply respecting and preserving the patient’s bodily integrity.

Minimal Pain: Tissue-Friendly Technology

Postoperative pain is primarily caused by the trauma inflicted on surrounding tissues, nerves, and muscle structures during surgery. The Da Vinci SP minimizes tissue damage to the lowest possible level thanks to its millimeter-level precision and single-port advantage. Because of this tissue-friendly approach, patients experience significantly less pain, reducing the need for strong painkillers and leading to a highly comfortable recovery.

Why the Da Vinci SP? (Surgical Benefits)

Single-Port Robotic Surgery at Liv Hospital is not just a medical success; it is an experience designed to preserve your quality of life:

• Superior Cosmetic Results: Because the surgery is often performed through the navel or natural body creases, there is virtually no visible scarring after recovery.
• Less Pain, Less Medication: A single incision minimizes nerve and tissue damage, ensuring a much less painful postoperative period.
• Quick Discharge & Rapid Recovery: Minimal tissue trauma means patients can typically be discharged within 24 hours and return to their social lives within days.
• Maximum Safety: Utilizing 4K imaging and anti-shake technology, our surgeons perform critical tissue dissections with millimeter-level precision.

In Which Specialties Is It Used?

The Da Vinci SP system is revolutionizing surgery in anatomical regions where working in confined spaces is exceptionally challenging. Within Liv Hospital’s multidisciplinary structure, this technology is actively utilized in:

1. Urology: Prostate cancer, kidney tumors, urinary tract strictures, benign prostatic hyperplasia, and adenectomy.
2. General Surgery: Colorectal surgery, hernia repairs, and thyroid surgery.
3. Breast Surgery: Mastectomy.
4. Thoracic Surgery
5. Cardiovascular Surgery: Valve surgery.
6. Gynecology: Uterine and ovarian surgeries, myomectomy.
7. Ear, Nose, and Throat (ENT): Tumor surgeries performed via the oral cavity.

How the Da Vinci SP Differs from Other Robotic Systems

The most significant innovation of the Da Vinci SP is the single small incision. Conventional robotic systems (multi-port) require multiple entry points in the abdomen, whereas the SP system inserts all instruments and the camera through one site, heavily reducing surgical trauma.

Other Key Differences Include:

• Flexible, Multi-Jointed Design: Unlike classic robotic instruments that move at limited angles from fixed entry points, SP instruments unfold inside the body, offering high maneuverability in hard-to-reach areas (e.g., deep pelvis, head/neck, retroperitoneal regions).
• Dynamic Field of View: The 3D high-resolution camera shares the same single channel as the instruments, enabling highly controlled, precise dissection.
• Enhanced Surgeon Ergonomics: The SP system allows the surgeon to manage all instruments more synchronously through a single-axis console, optimizing coordination.
• Clinical Outcomes vs. System Limitations: Clinically, the SP system’s single incision is associated with reduced pain, bleeding, and infection risk, leading to shorter hospital stays. Note: As with any highly advanced technology, the learning curve and cost of the SP system may present some limitations compared to standard robotic systems.

Ultimately, the Da Vinci SP is an innovative platform that pushes the boundaries of minimally invasive surgery.

Patient Advantages: Why Choose Da Vinci SP?

Compared to traditional open surgery and multi-port robotic surgery, Da Vinci SP offers clinical advantages that maximize patient comfort.

Scarless Surgery: Flawless Cosmetic Results

Aesthetic results are critical to overall patient well-being.

• Single Incision: The ~2.5 cm incision is usually made through a natural crease, such as the navel, leaving virtually no scar.
• Cosmetic Satisfaction: It provides superior results for patients with aesthetic concerns, positively impacting psychological adaptation after surgery.

24-Hour Discharge: Seamless Return to Life

The precise working principle of internal tissues accelerates natural healing mechanisms. This allows the vast majority of patients to be safely discharged within 24 hours of surgery, enabling a rapid return to work and social life.

Less Postoperative Pain & Rapid Recovery

• Minimal Tissue Damage: One entry point means significantly less muscle and nerve damage.
• Lower Medication Need: Patients require far less pain medication.
• Rapid Mobilization: Patients can get up, move around, and return to physical activity much sooner.

Lower Complication and Infection Risk

• Reduced Blood Loss: Precise robotic arms minimize vascular injury.
• Infection Control: Fewer incisions drastically reduce the likelihood of wound infections and incisional hernias.

Safe Intervention in Confined Spaces

When removing tumors in confined areas (such as the throat or deep pelvis), 3D imaging and agile maneuverability help protect surrounding nerves and vital organs, significantly reducing the likelihood of functional losses such as voice impairment or urinary incontinence.

Robotic Surgery with Liv Hospital

Success in robotic surgery relies not only on possessing the technology but also on the experienced hands that guide it. At Liv Hospital, the Da Vinci SP system is managed by expert surgical teams with international certifications and thousands of successful cases.

“Does the robot perform the surgery, or the surgeon?” The Da Vinci SP is an advanced instrument designed to enhance human dexterity. At every single moment of the operation, total control remains in the hands of the Liv Hospital surgeon seated at the console. The system perfects the surgeon’s movements, achieving outstanding success rates in areas inaccessible to the human hand.

Frequently Asked Questions (FAQ)